Reynobond® Sign & Display
Especially for outdoor applications, the advantages of our composite material are convincing: Whether free-standing totems or company signboards, wall advertising panels or all types of display pillars.
Weather resistance is one of the many Reynobond® strengths. In addition, the material ...
Especially for outdoor applications, the advantages of our composite material are convincing: Whether free-standing totems or company signboards, wall advertising panels or all types of display pillars.
Weather resistance is one of the many Reynobond® strengths. In addition, the material is highly corrosion resistant, has a very low coefficient of expansion, is easy to process, and exhibits outstanding mechanical properties such as increased impact strength.
Reynobond® is coated with a high-performance polyester lacquer that is UV and weather resistant. It is particularly suitable for screen-printing, the application of adhesive films, and post-painting using the liquid spray technique. Furthermore, the panels have excellent mechanical properties, and their weight is lower than that of any other material with comparable stiffness.
Reynobond® XXL
Reynobond® XXL gives you the worlds first aluminium composite panels that are 1750 mm or 2000 mm wide. This opens up countless new design possibilities for architects and metal workers.
Most convincing are the aesthetic aspects: With a 1750 mm or 2000 mm wide panel, you simply have fewer visible joints. Secondly, the installation times as well as the fabrication and assembly costs per square meter are reduced. Thirdly, Reynobond® XXL can be ideally combined with other 1750 mm or 2000 mm wide façade materials such as glass, for instance.
With a thickness of 3 mm, Reynobond® XXL is as strong as 2 mm lacquered aluminium but has only 60 % of its weight, and as strong as 10 mm rigid PVC foam but almost half the weight. Moreover, Reynobond® XXL permits optimum use of horizontal digitally controlled surface cutting and milling machines. The advantages are obvious: Optimum material utilization, less offcut, and reduced fabrication costs per square metre.




















Copyright © 2009/11 UBM Information Ltd.